The "dancing" type of these objects is similar to the B+ type, and is used in the Reiser filesystem. In one type of these structures, the minimal element can be found in constant time and deleted in O(log n) ("big O of log n") time, a property utilized in the heap sort algorithm. In another type of these structures, each entry is assigned a color, either red or black. The AVL type is self-balancing, and in the binary type, each node has at most two children. For 10 points, name these hierarchical data structures with ro
The "dancing" type of these objects is similar to the B+ type, and is used in the Reiser filesystem. In one type of these structures, the minimal element can be found in constant time and deleted in O(log n) ("big O of log n") time, a property utilized in the heap sort algorithm. In another type of these structures, each entry is assigned a color, either red or black. The AVL type is self-balancing, and in the binary type, each node has at most two children. For 10 points, name these hierarchical data structures with root and leaf nodes, a collection of which is called a "forest."
The "dancing" type of these objects is similar to the B+ type, and is used in the Reiser filesystem.
trees [{prompt on} heaps {until it is mentioned}]